Sale!

No reviewsCanadian Solar CS6W-530MB-AG Solar Panel

Original price was: $182.72.Current price is: $99.11.

SKU: sku-49596303278355 Category:

Description

Canadian Solar CS6W-530MB-AG Solar Panel

The CS6W-530MB-AG solar panel is a good choice for commercial installations, large residential solar arrays, and off-grid power systems requiring maximum energy harvest. With 530W nominal output and up to 636W bifacial gain, the panel delivers industry-leading performance for ground-mount and rooftop applications year-round.

  • Optimal Energy Capture
  • Premium Durability
  • Low-Temperature Coefficient

About the Product

The CS6W-530MB-AG solar panel combines Canadian Solar’s proven HiKu6 reliability with cutting-edge bifacial technology, featuring 144 half-cut monocrystalline cells. When mounted over reflective surfaces like white gravel, concrete, or light-colored roofing, the bifacial gain can increase total output to 636W per panel. 

The dual-glass construction with 2.0mm tempered glass ensures superior durability and light transmission, while the anodized aluminum frame provides structural integrity against heavy snow loads up to 5400 Pa and wind loads up to 2400 Pa. The low-temperature coefficient (-0.34%/°C) ensures minimal power loss even during peak summer temperatures, while the improved shading tolerance maintains performance when partial shading occurs.

Backed by a 12-year enhanced product warranty and 30-year linear power performance warranty, this Canadian Solar bifacial panel delivers reliable, clean energy for decades. Whether you’re building a complete off-grid solar power system or expanding existing capacity, the CS6W-530MB-AG provides the performance and durability your energy goals demand.

Specifications

Brand

Canadian Solar

Rated Power (Pmax)

530 W

Cell Type

Monocrystalline

Dimensions

89.2 x 44.6 x 1.38 inches

Weight

70.8 lbs

Open Circuit Voltage (VOC)

48.8 V

Current at Short Circuit (ISC)

13.80 A

Current at Maximum Power (IMP)

12.96 A

Operating Temperature

-40 °F to +185 °F

Module Efficiency

20.6%